Mutual Inductance Program V3.1
 Copyright (c) 1998, 1999, 2000 by Mark S. Rzeszotarski, Ph.D.

 Solenoidal Primary Coil Geometry
 Primary coil inside diameter (inches)=     23.600
 Primary coil outside diameter (inches)=     23.600
 Number of primary coil turns =      5.250
 Last turn elevation in inches =      7.900
 Wire diameter (inches)=      .1180

 Solenoidal Secondary Coil Geometry
 Secondary coil diameter (inches)=    23.600
 Secondary coil height (inches)=      7.900
 Number of secondary coil turns =     5.250
 Secondary coil wire diameter (inches)=      .1180

 Calculational Results
 Primary coil inductance in microhenries:  Lp =           20.96
 Secondary coil inductance in microhenries:  Ls =           20.96
 Figure of Merit (square root of Ls/Lp) =      1.00
 Primary coil wire length in feet =      32.36
 Secondary coil wire length in feet =      32.44
 DC secondary resistance in ohms:       .03
 Secondary coil distributed capacitance in picofarads:     34.72
 (Medhurst formula, assumes one end of secondary is grounded)

 Mutual Inductance Results
 Position is the secondary coil bottom wire position in inches
 above the bottom wire of the primary coil.
 A negative value means the bottom wire of the
 secondary is below the bottom wire of the primary.
 A positive value means that the bottom wire of the
 secondary is above the bottom wire of the primary coil.
 M = Mutual Inductance in microhenries
 K = Coefficient of Coupling: K =  M / square root ( Lp x Ls )

           Position           M                K
           83.000            .054           .0026
           83.100            .054           .0026
           83.200            .054           .0026
           83.300            .054           .0026
           83.400            .054           .0026
           83.500            .053           .0025
           83.600            .053           .0025
           83.700            .053           .0025
           83.800            .053           .0025
           83.900            .053           .0025


 Operating Characteristics
 Ctoroid is the added capacitance of the top terminal.
 Fres is the resonant operating frequency in kilohertz.
 Cpri is the required primary capacitance in nanofarads.
 Zpri is the primary surge impedance in ohms.
 Zsec is the secondary surge impedance in ohms.
 Qsec is the secondary coil quality factor Q.
 Rac is the secondary coil RF resistance in ohms.

 Ctoroid(pF)    .0     7.1    14.3    21.4    28.6    35.7    42.9    50.0
 Fres(kHz)  5900.7  5373.8  4966.7  4640.0  4370.3  4142.8  3947.5  3777.4
 Cpri (nF)     .03     .04     .05     .06     .06     .07     .08     .08
 Zpri(ohms)  776.9   707.5   653.9   610.9   575.4   545.5   519.7   497.3
 Zsec(ohms)    777.    708.    654.    611.    575.    545.    520.    497.
 Qsec       1100.5  1049.8  1008.9   974.8   945.7   920.4   898.2   878.4
 Rac (ohms)     .7      .7      .6      .6      .6      .6      .6      .6